INTEGRATIVE NEUROSCIENCE intneuroscience at yahoo.com
Thu Aug 29 13:21:12 CEST 2013

The first book on MATHEMATICAL NEUROSCIENCE has been published by Academic Press.  



In the second decade of the twenty-first century, brain researchers (neuroscientists) have begun to decipher the dynamics of large-scale neural networks and to gauge how the functioning of the brain is dependent on the spatiotemporal integration of the resultant dynamics. Knowing more detailed facts about brain connectivity, we are faced with the problem of how such information can be put together in one system to understand the whole brain and the effective tracing of cause-and-effect relationships determining its actions. Data gathering by neuroinformaticians steadfastly produces a ‘brain in a supercomputer’ virtual model that can be regularly updated to fill in the missing pieces of the puzzle. Unfortunately, such data gathering does not imply that there is a “glue” that allows us to combine multiple empirical observations into a single theory of the brain.

Mathematical Neuroscience goes beyond unrealistic dynamics of physical abstractions into the realm of integrative modeling and dynamic continuity. It's the first book in mathematical neuroscience that can claim to include the development of a nonlinear analysis to better understand the intricate fallacies of methodological reductionism in neuroscience.

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